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Rumen digestibilityBasics
§ Depending on diet formulation, production level and typ 50-80% of nutrients are digested in the rumen.
§ Optimizing rumen nutrition is key in feeding ruminants.§ Digestibility of feeding stuffs impacts highly feed intake and
available energy, thus milk production or growth.§ Fiber content and structure is responsible for ruminal
and total tract digestibility of feeding stuffs.
§ Depending on feeding stuff rate and extent of ruminal fermentation varies.
Rumen digestibilityFermentation rate and extent
0%
5%
10%
15%
20%
25% wheat
grass silage
corn / corn silage / soybean meal
fast fermenting slow fermenting
Rumen digestibilitycarbohydrates
Carbohydrates
Soluble carbohydrates
Sugar Starch
Cell wall carbohydrates (fiber)
Pectin
NDF
Hemi-cellulose
ADF
Cellulose Lignin
indigestible0-20%
medium to good digestible20-90%
very good digestible60-100%
FIBRAMAXDirect Fed Microbials (DFM)
§ Is the fruit of unique combined microbials fermentation to maximize its metabolites content (A. Orizae, K. Marxianus, L. , S. Cerevisiae).
§ The micro-organism culture is blocked when the max thefermentation activity is running. After the inactivation of the cells growth the culture is dried via fluidized bed in order to keep intact the cell structure and the enzymes activity.
§ That way preserves all the biological ingredients of the culture so metabolites, fermentation products as well as enzymes are available and can enhance the GIT micro-flora activity and digestive process. 6
FIBRAMAXDirect Fed Microbials (DFM)
§ DFM Aspergillus oryzae and Aspergillus niger wichbelong to the families of Trichocomaceae, explicate theirmechanism of action through a complete pool of amylolyticand fibrolitic enzymes, reducing the hydrolysis rates of thestarchy and fibrous components of the ration andincreasing the production of ruminal microbial biomass andvolatile fatty acids.
§ Kluyveromyces and Saccharomyces provide thepeptides and the basic nutrients for the formation of rumencellulolitic bacterial flora.
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Detachment offorage lignin from
cellulose
Increase activityof key-fiber
digesting micro-organisms
FIBRAMAXThe Goal
Maximizing energy from forage & diet with more milk & more fat
FibramaxDairy cows Experiments
1. In vitro : NDF degradability2. Five field trials combined (Italy) : 2009-103. in vitro: NDF digestibility (B): 2013-034. Field trial (Czech Republic): Sep 20135. Field trial (Germany): Aug /Dec 20136. Field trial (The Netherlands): Mrz 20147. Field trial (USA): Apr 2014
8. University trial (I): 20149. in vitro: Ruminal fermentation (USA): 2016
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In vitro NDF testing
20,9
30,235,6
58,0
13,9
27,1 30,2
43,1
0,0
10,0
20,0
30,0
40,0
50,0
60,0
70,0
Straw Alfalfa Hay Corn Silage Soybean hulls
FIBRAMAX Control
NDF Degradation % (in rumen fluids – 24 h)
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In vitro NDF testingBenefits
§ Enhanced NDF digestibility: +10-50%§ Effect on digestible feeding stuffs as well as on low
digestible ones.
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Combined Field Trials ResultsItaly – 2009/2010
§ Average of 5 trial (772 dairy cows in total)§ Dosage of Fibramax: 20 g/cow/day
§ Trial duration: first 112 days in milk
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field trial Czech Republic – 2013-09trial design
§ Fibramax groups:§ Dosage of Fibramax: 15 g/cow/day§ 3 weeks feeding§ approx. 150 dairy cows§ 3 lots F11, F12, and F14
§ Control groups:§ approx. 140 dairy cows§ 3 lots: C3, C4 and C5§ Dry matter intake: 24 k/cow/day
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Field trial Czech Republic – 2013-09diet characteristics
drymatterintake,
kg/cow/dayCornsilage 3,68Grasssilage 0,70Grasshay 1,35Luzernehay 2,70Straw 0,36Spentbrewersgrain 2,40compoundfeed 6,75Proteinconcentrate 1,80Rapeseedmeal 1,26Cottonseed 1,62DDGS–fromcorngrain 0,09Protectedfat 0,19Molassses 1,20
MJ/kgorMJ/kg
NEL,MJ/kg 6,90Crudeprotein,g/kg 206RumenUdegradableProtein,g/kg 65Crudefiber,g/kg 165calculated
Field trial Czech Republic – 2013-09Results
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37,037,538,038,539,039,540,040,541,041,542,0
7/Sep/13 14/Sep/13 21/Sep/13 28/Sep/13 5/Okt/13 12/Okt/13
Avg.DailyMilkControl
Avg.DailyMilkFibramaxwithoutlotnum.13
Field trial Czech Republic – 2013-09Results – at similiar day in milk
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40
41
42
43
44
45
46
7/ Sep/ 13 14/ Sep/ 13 21/ Sep/ 13 28/ Sep/ 13 5/ Okt/ 13 12/ Okt/ 13
controlFibramax
Field trial Czech Republic – 2013-09Results – effect due to day in milk
0,0
0,5
1,0
1,5
2,0
2,5
0 30 60 90 120 150
milk, kg/c/d
day in milk
Fibramax
Fibramax
Field trial Czech Republic – 2013-09Benefits
§ After about 3 week more milk in all lots fed with Fibramax§ improved milk production: +1,4 kg/cow/day
§ Difference in milk at end of trial to the beginning, corrected by results of control group
§ Main benefits at early production: +2 kg/cow/day§ Less variation in milk production
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Field trial Germany, 2013-08/12Results 2
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Milkkg/cow/day
ECMkg/cow/day
Fat%
Protein%
Fatkg/cow/day
Proteinkg/cow/day
Jun 13 22,4 22,2 4,12% 3,04% 0,92 0,68Jul 13 23,4 23,3 4,06% 3,18% 0,95 0,74Aug 13Sep 13 21,2 22,3 4,46% 3,34% 0,95 0,71Okt 13 21,6 22,7 4,40% 3,48% 0,95 0,75Nov 13 23,1 24,2 4,34% 3,48% 1,00 0,80Dez 13 23,5 24,7 4,38% 3,47% 1,03 0,82Jan 14 23,6 24,2 4,22% 3,39% 1,00 0,80Feb 14 23,7 23,7 4,01% 3,35% 0,95 0,79
Field trial Germany, 2013-08/12Benefits
§ Improved milk volume even at low producing herd§ Biggest benefit at summer time at heat stress
§ After about 3 week more milk in all lots fed with Fibramax§ improved milk production: summer: +1,6 kg/cow/day
winter: +0,2 kg/cow/day§ Main effect in summer time at heat stress = balanced heat stress +
improved milk production§ Impact on milk protein and fat in summer and winter feeding.
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Field trial The Netherlands, 2014-03Design
§ Dairy farm in The Netherlands§ Mainly grassland§ Trial purpose
§ Test fiber digestion by manure sieving§ Trial Dosage:
§ 15 g/cow/day§ Off – on design
Field trial The Netherlands, 2014-01Results
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310
320
330
340
350
360
370
380
390
400
1/ Feb/ 14 8/ Feb/ 14 15/ Feb/ 14 22/ Feb/ 14 1/ Mär/ 14 8/ Mär/ 14
effect of Fibramax on faezes fiber0 g/c/d
15 g/c/d
-7%
Field trial The Netherlands, 2014-03Results
§ Less fiber in the faeces§ Better feed digestibility
§ More net energy out of the feeding stuffs§ Improved feed intake and milk production can be expected
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Feeding Instructions
§ Designed for feeding 14 days prior to calving continuingat least for 120 days. To be incorporated to compoundfeed, premixture or TMR
§ Dairy cows : 10-30 g/h/d
§ Beef Cattle: 4-10 g/h/d§ Small ruminant (sheep & goat) : 2-5 g/h/d§ We suggest to administer at least 20 g/head/day, but better
results can be obtained using 30 g/head/dayDepending on the feeding plan and condition of the cow the dosages should be adapted
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